Security:
The xNT contains an NTAG216 chip which supports lock bytes and 32 bit password protection options. Unfortunately, none of the NFC apps we’ve seen support dynamic lock bit setting or password support, so we wrote our own called Dangerous NFC! This app will ensure your xNT cannot be accidentally or maliciously be forever locked into a read-only state. Password support means you can protect your tag from unauthorized reading or let everyone read it but require a password to program or update your xNT.
What type of transponders do you carry?
xEM 125khz EM4102
The xEM is a low frequency 125khz transponder based on the EM4102 chip which has no user programmable memory or security features. Each xEM tag is programmed at the factory with a unique ID that cannot be changed, and it works with common EM41xx based readers available through many hobby electronics shops and electronics outlets. Several commercial systems can also read and work with the xEM tag, however we offer it as a “starter” implant for people new to RFID in general. The xEM is low cost, simple to use, and we also sell an xEM Access Control unit that works beautifully with the xEM tag that enables hobbyists to cheaply and easily build simple access control type projects.
xNT 13.56mhz NTAG216
The xNT is a high frequency 13.56mhz transponder based on the NTAG216 chip. The NTAG216 has 888 bytes of user programmable memory, 32 bit password protection security features, and is both ISO14443A and NFC Type 2 compliant. You can use the xNT with both commercial systems that work with ISO14443A as well as NFC devices like mobile phones and new ISO14443A and NFC hobby electronics as well. There are several hobby electronics readers and reader kits available, including one we sell, that work with Arduino and other micro-controllers commonly used by hobbyists and product engineers alike.
How is The Piercing / transdermal tag done?
The piercing itself is very simple most would compare it a regular body piercing and or is simple IV injection. The procedure itself is about as minimally invasive is getting a needle and the wound itself has about the same healing time.Though the transdermal tag mild discomfort or a few days.
The tag will sit in the fascia layer between dermis and muscle, and it takes one to two weeks for the body to encapsulate it in fibrous tissue
The placement is generally between the four finger and thumb
How tough are the Tags?
I personally have had a 125 kHz tag in since 2009 I have been through many bangs bruises, for MRI's and it still works just fine. The manufacture has also put the text through some extensive testing, including crush testing, liquid nitrogen dunk testing, and vacuum and pressure testing. In all cases, our glass implantable tags stood up to;
– 500N of force, maxing out the machine’s ability to produce additional force
– No glass degradation after exposure to 0.482mBar pressure (nearly perfect vacuum)
– No glass degradation and immediate function 5 seconds after removal from liquid nitrogen
– No glass degradation after exposure to 6 bar, or approximately 87psi of pressure
Q: Is it easy to remove or replace later?
A: The design of the x-series glass tag implantable transponders for easy removal. Unlike animal transponders, we do not coat our implantable transponders with biobond or parylene, making removal easy.
again any questions call the shop!!
The xNT contains an NTAG216 chip which supports lock bytes and 32 bit password protection options. Unfortunately, none of the NFC apps we’ve seen support dynamic lock bit setting or password support, so we wrote our own called Dangerous NFC! This app will ensure your xNT cannot be accidentally or maliciously be forever locked into a read-only state. Password support means you can protect your tag from unauthorized reading or let everyone read it but require a password to program or update your xNT.
What type of transponders do you carry?
xEM 125khz EM4102
The xEM is a low frequency 125khz transponder based on the EM4102 chip which has no user programmable memory or security features. Each xEM tag is programmed at the factory with a unique ID that cannot be changed, and it works with common EM41xx based readers available through many hobby electronics shops and electronics outlets. Several commercial systems can also read and work with the xEM tag, however we offer it as a “starter” implant for people new to RFID in general. The xEM is low cost, simple to use, and we also sell an xEM Access Control unit that works beautifully with the xEM tag that enables hobbyists to cheaply and easily build simple access control type projects.
xNT 13.56mhz NTAG216
The xNT is a high frequency 13.56mhz transponder based on the NTAG216 chip. The NTAG216 has 888 bytes of user programmable memory, 32 bit password protection security features, and is both ISO14443A and NFC Type 2 compliant. You can use the xNT with both commercial systems that work with ISO14443A as well as NFC devices like mobile phones and new ISO14443A and NFC hobby electronics as well. There are several hobby electronics readers and reader kits available, including one we sell, that work with Arduino and other micro-controllers commonly used by hobbyists and product engineers alike.
How is The Piercing / transdermal tag done?
The piercing itself is very simple most would compare it a regular body piercing and or is simple IV injection. The procedure itself is about as minimally invasive is getting a needle and the wound itself has about the same healing time.Though the transdermal tag mild discomfort or a few days.
The tag will sit in the fascia layer between dermis and muscle, and it takes one to two weeks for the body to encapsulate it in fibrous tissue
The placement is generally between the four finger and thumb
How tough are the Tags?
I personally have had a 125 kHz tag in since 2009 I have been through many bangs bruises, for MRI's and it still works just fine. The manufacture has also put the text through some extensive testing, including crush testing, liquid nitrogen dunk testing, and vacuum and pressure testing. In all cases, our glass implantable tags stood up to;
– 500N of force, maxing out the machine’s ability to produce additional force
– No glass degradation after exposure to 0.482mBar pressure (nearly perfect vacuum)
– No glass degradation and immediate function 5 seconds after removal from liquid nitrogen
– No glass degradation after exposure to 6 bar, or approximately 87psi of pressure
Q: Is it easy to remove or replace later?
A: The design of the x-series glass tag implantable transponders for easy removal. Unlike animal transponders, we do not coat our implantable transponders with biobond or parylene, making removal easy.
again any questions call the shop!!